MeshTetrahedronRegion
A mesh entity representing a region meshed with tetrahedra.
Example
app = cf.GetApplication() project = app:NewProject() -- Set the frequency project.SolutionConfigurations[1].Frequency.Start = "1e08" -- Create geometry, set the solution method to FEM cuboid = project.Geometry:AddCuboidAtCentre(cf.Point(0,0,0), 1.0, 1.0, 1.0) dielectric = project.Media:AddDielectric(0.01,0.01,0.01) cuboid.Regions["Region1"].Medium = dielectric cuboid.Regions["Region1"].SolutionMethod = cf.Enums.RegionSolutionMethodEnum.FEM -- Mesh project.Mesher:Mesh() project.Geometry["Cuboid1"]:UnlinkMesh() tetrahedronRegions = project.Meshes["Cuboid1_1"].TetrahedronRegions for i in ipairs(tetrahedronRegions) do -- Obtain the 'MeshTetrahedronRegion' and set its local size meshTetrahedronRegion = tetrahedronRegions[i] meshTetrahedronRegion.LocalMeshSize = 0.01; meshTetrahedronRegion.LocalMeshSizeEnabled = true; end
Inheritance
The MeshTetrahedronRegion object is derived from the MeshEntity object.
Property List
- DefinitionMethod
- The definition method for the 3D anisotropic reference direction. (Read/Write RegionDefinitionMethodEnum)
- Label
- The object label. (Read/Write string)
- LocalMeshSize
- The local mesh size for the region. Changing this property will set LocalMeshSizeEnabled to true. (Read/Write Expression)
- LocalMeshSizeEnabled
- Specifies if the local mesh size should be used for the face. (Read/Write boolean)
- Medium
- The region medium. (Read/Write Medium)
- Part
- The mesh part that this entity belongs to. (Read only Mesh)
- ReferenceWorkplane
- The workplane for the 3D anisotropic reference direction. (Read/Write Workplane)
- SolutionMethod
- The local solution method used for the face. (Read/Write TetrahedralMeshRegionSolutionMethodEnum)
- Tetrahedra
- The list of mesh tetrahedra that form the mesh region. (Read only MeshTetrahedra)
- Type
- The object type string. (Read only string)
Method List
- Delete ()
- Delete the MeshEntity.
- GetProperties ()
- Returns a table of properties representing the state of the object. The properties table can be used with the SetProperties method to change multiple properties of the object in one step. (Returns a table object.)
- SetProperties (properties table)
- Modifies the state of the object using the provided table of properties. This method is used to modify multiple properties of the object in a single step.
Property Details
- DefinitionMethod
- The definition method for the 3D anisotropic reference direction.
- Type
- RegionDefinitionMethodEnum
- Access
- Read/Write
- Label
- The object label.
- Type
- string
- Access
- Read/Write
- LocalMeshSize
- The local mesh size for the region. Changing this property will set LocalMeshSizeEnabled to true.
- Type
- Expression
- Access
- Read/Write
- LocalMeshSizeEnabled
- Specifies if the local mesh size should be used for the face.
- Type
- boolean
- Access
- Read/Write
- Medium
- The region medium.
- Type
- Medium
- Access
- Read/Write
- Part
- The mesh part that this entity belongs to.
- Type
- Mesh
- Access
- Read only
- ReferenceWorkplane
- The workplane for the 3D anisotropic reference direction.
- Type
- Workplane
- Access
- Read/Write
- SolutionMethod
- The local solution method used for the face.
- Type
- TetrahedralMeshRegionSolutionMethodEnum
- Access
- Read/Write
- Tetrahedra
- The list of mesh tetrahedra that form the mesh region.
- Type
- MeshTetrahedra
- Access
- Read only
- Type
- The object type string.
- Type
- string
- Access
- Read only
Method Details
- Delete ()
- Delete the MeshEntity.
- GetProperties ()
- Returns a table of properties representing the state of the object. The properties table can be used with the SetProperties method to change multiple properties of the object in one step.
- Return
- table
- A properties table.
- SetProperties (properties table)
- Modifies the state of the object using the provided table of properties. This method is used to modify multiple properties of the object in a single step.
- Input Parameters
- properties(table)
- A table of properties defining the new state of the object.